Awards

A highly energy efficient, solid by-passing skin system for a campus chapel. This double poly-carbonate/Aero-gel wall creates a calculated 10.7 R-value rating while allowing for 48% natural-light emissivity. Developed for a northern climate, this arrangement works to minimize energy use for heating and lighting. Silk-screened interior panels warm daylighting and are a visible from the exterior allowing nighttime candlelit activities to be seen.

2011

Urban Edge Charrette/ Competition, School of Architecture and Urban Planning.,
1st Place

Inspiration to renew marginalized communities, and research into eco-technologies, investigation of site histories to promote urban regeneration. Remake fallow brownfields and derelict terrain into renewed landscapes of ecological and cultural production.